Abstract: An apparatus for folding a continuous length of fabric extracted from a dyeing range. The apparatus includes a fabric receptacle for receiving the fabric from the dyeing range and a two-directional plaiting system for folding the fabric. In the preferred embodiment, a control system controls the speed and tension of the fabric to prevent tearing or sagging of the fabric during unloading. Also, a pulley and squeegee system receives the continuous fabric and extracting liquid from the fabric prior to folding. The pulley and squeegee system includes a first nip drive and a second nip drive, each of the drives including a pair of rollers spaced apart to allow the continuous fabric to feed through the nip drives to extract excess water from the fabric.

Abstract: A circular knitting machine. The apparatus includes a generally conventional circular knitting element for forming a tubular knit fabric. A tension-controlled roll take-up assembly is located downstream from the circular knitting element for receiving the tubular knit fabric and forming a fabric roll from the tubular knit fabric while, at the same time, maintaining substantially constant tension on the tubular knit fabric being formed by the circular knitting element. This allows very large fabric rolls to be formed. In the preferred embodiment, the circular knitting machine includes a tension-controlled umbrella storage feed mounting ring adjacent to the circular knitting element for supplying a plurality of yarn ends to the circular knitting element for forming the tubular knitted fabric. The umbrella storage feed mounting ring permits an operator to attend to most machine functions without the need for a ladder or catwalk.